Model airplane remote control handle with automatic attitude control function

Abstract

The invention discloses a model airplane remote control handle with an automatic attitude control function. The model airplane remote control handle comprises a support frame, a rocker support and an antenna. The model airplane remote control handle is characterized in that the support frame and the rocker support are integrated and are in smooth transition; a rocker locator is arranged on the upper portion of the rocker support, and an enabled alignment button is arranged on the middle portion of the rocker support; a inertia-attitude measuring sensor and a clutch mechanism are arranged in the rocker support and are connected with the rocker locator; the inertia-attitude measuring sensor are in wireless connection with a receiving terminal; the support frame is provided with a switch channel and a USB (universal serial bus) communication port. The model airplane remote control handle is compact in structure, attractive in appearance, capable of controlling pitching, rolling, direction and accelerator channels or more channels by single hand and easy to operate and control; the handle has a one-key alignment function, output control quantity of the pitching channel and the rolling channel is recovered to be a neutral value, a current attitude of the remote control handle is taken as a benchmark, and accordingly, stable output of attitude control is realized; switching between attitude control and non-attitude control can be realized, multiple remote control handles are directly communicated with channel output, and the model airplane remote control handle can be widely applied to model airplane remote controllers or general game remote controllers.

Description

technical field [0001] The invention relates to a remote controller, in particular to an aircraft model remote control handle capable of realizing automatic attitude control. Background technique [0002] With the rapid development of the world economy, more and more people are engaged in industries related to drones and aircraft models, which has gradually become a trend. In the current environment, the remote control requirements for drones and model aircraft are getting higher and higher, so the technology is constantly being updated. [0003] There are four key technologies that need to be solved for the existing drone remote control or model aircraft remote control: 1. The problem of gyroscope drifting with temperature; 2. Stability of attitude calculation; 3. Gyro sensitivity adjustment; 4. Acceleration sensor proportional coefficient adjustment . Often because the above four technologies are not solved well, the control accuracy cannot reach the flight control effec...

AI Technical Summary

Problems solved by technology

Often because the above four technologies are not solved well, the control accuracy cannot reach the flight control effect, which will easily lead to various flight accidents, and is also very detrimental to the real-time control of the flight.

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